2013 Ford Focus 1.0L Petrol · FG63 MYW

The maintenance trend for this 2013 Ford Focus is stable, culminating in a clean roadworthy status. The most recent test on October 22, 2025, at 69,238 miles resulted in a pass with zero defects or advisories. A data anomaly exists on the same date and mileage, showing a failed test with no defects recorded. This typically indicates a same-day retest following a minor initial failure, though the specific defect was not captured in the provided record. Regardless, the vehicle left the test centre in a fully compliant state, presenting no recurring mechanical or structural issues across its documented history. The Focus has covered 69,238 miles over thirteen years, averaging roughly 5,326 miles annually. This is notably low for its age. The mileage progression reveals a pattern of decreasing annual usage: 13,240 miles between October 2022 and 2023, dropping to 9,701 miles between 2023 and 2024, and further declining to just 6,166 miles between 2024 and 2025. This trajectory suggests the vehicle has transitioned into a secondary or occasional-use role. Such low mileage reduces wear on major mechanical components but demands attention to perishable rubber parts and fluid degradation caused by irregular, short-journey use. Given the absence of recurring mechanical or structural advisories in the MOT history, the record implies a vehicle that has required minimal remedial work. A lack of flagged corrosion, suspension wear, or braking issues is highly positive. Still, low-mileage vehicles often suffer from specific ailments unrelated to wear and tear. A buyer should inspect the condition of the tyres for sidewall cracking and flat-spotting, which occurs when a car sits stationary for extended periods. The brake discs should be checked for surface corrosion that can develop during short trips where the brakes never reach full operating temperature. Fluid health, particularly the coolant and brake fluid, requires verification, as infrequent use prevents these fluids from being cyclated and heated, potentially leading to moisture absorption and degradation.